| Customization: | Available |
|---|---|
| Installation Type: | Input Type |
| Sensing Type: | Light Absorption Measurement |
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Y4001 sensor and Y600-A instrument for the measurement of pH, ORP, optical dissolved oxygen, conductivity, turbidity, temperature, salinity and more. Y4001 sensor allows for measurement of up to 5 parameters. They are automatically recognized by Y600-A instrument when connected. A backlit display, brief interfaces, simple operation keyboard, convenient calibration procedures, rechargeable battery, large log memory and powerful PC data program (Meter Read) make the instrument user friendly.
The dissolved oxygen sensor adopts the internationally leading fluorescence lifetime technology, which is based on the quenching principle of specific substances to active fluorescence in physics. The remarkable advantage of this fluorescence method in measuring dissolved oxygen is that it does not consume oxygen in the measurement process, so there is no flow rate limit, no need to preheat electrolyte, no need for maintenance and frequent calibration. The response time of Yosemitech optical dissolved oxygen probe is as low as 30 seconds, making the measurement of dissolved oxygen more accurate, more stable, faster and more convenient.
Features
No need to preheat electrolyte
No need for maintenance and frequent calibration
Convenient and easy to carry
Rechargeable lithium batteries have a long life and power handheld meters
| Y600-A Instrument Parameters | |
| Size | 220x96x44mm |
| Weight | 460g |
| Power supply | 2 18650 rechargeable batteries |
| Display | 54.38x54.38mmLCD, with back illuminated |
| Data storage | Support |
| Air pressure compensation | Built-in, auto compensation in 50~115kPa |
| IP range | IP67 |
| Y4001 Main Parameters | |
| Main body | Supports a maximum of 4 sensors. Sensors can be combined freely |
| IP range | IP68 |
| Size | Φ64mm×532mm |
| Sensor interface | Supports RS-485, MODBUS protocol |
| Power supply | Built-in 2 1# batteries |
| Cable length | 5 m (default), customizable |
| Optional sensors | |||||
| DO | Model | Y504-B | Turbidity | Model | Y510-C |
| Principle | Fluorescence method | Principle | 90°Scattered light | ||
| Range | 0-20mg/L or 0-200% Saturation | Range | 0.1-1000NTU | ||
| Accuracy | ±1% or ±0.3mg/L, (Max) | Accuracy | ±5% or 0.3NTU,(Max) | ||
| Max depth | 40m | Max depth | 40m | ||
| Electrical conductivity (salinity) | Model | Y521-B | Oil-in-water | Model | Y616-C |
| TDS range | 0-3200mg/L or 0-64000mg/L | Principle | Ultraviolet fluorescence method | ||
| Conductivity range | 0-5mS/cm or 0-100mS/cm | Range | 0-150ppm | ||
| Salinity range | 0-2.5ppt or 0-80ppt | Linearity | R²>0.999 | ||
| Max depth | 40m | Max depth | 40m | ||
| pH | Model | Y532-B | ORP | Model | Y533-B |
| Principle | Glass electrode method | Principle | Platinum electrode method | ||
| Range | 0-14 pH | Range | -1999~1999mV | ||
| Accuracy | ±0.02 pH | Accuracy | ±20mV | ||
| Max depth | 20m | Max depth | 20m | ||
| Chlorophyll | Model | Y515-B | Blue-green algae | Model | Y613-C |
| Principle | Fluorescence method | Principle | Fluorescence method | ||
| Range | 0-500μg/L | Range | 0-300,000 cells/mL(adjustable 0-2 million) | ||
| Accuracy | ±5% or 0.5μg/L,Max | Linearity | R²>0.999 | ||
| Max depth | 40m | Max depth | 40m | ||
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